Station-indicator.



P. J. MANN. STATION INDICATOR.

APPLICATION TILED MAY 3.1906.

PATLNTED 13130.11, 1906.

8 SHEBTBSHEET 2.

NQ/ZW.

c17 awn-mug;

PATENTED DEC. 11

P. J. MANN. STATION INDICATOR. APPLIOATION FILED MAY 3,1906.

8 SHEETSSE ---)ml 0 O PATENTED DEC. 11

8 SHEETS-SHEET 4.

I al7 attommys N0. 838,126. PATENTED DEC. 11, I906. I P. J. MANN.

STATION INDICATOR. APPLICATION FILED MAY 3. 1906.

8 SHEETS-SHEET 6.

Mam-

' No. 838,126. PATENTED DEC. 11, 1906.

P. .LMANN. STATION INDICATOR. APPLICATION FILE]? MAYS, 1906.

8 SHEETS-SHEET 6.

L: CUTOUT SWITCH TROLLEY'WIKE cu'rour swnu a s H mm W MW C TRIFPING ARM n n m// TRIP BLOCK Q83 in 94366 No. 838,126. PATBNTED DEC. 11, 1906. P. J. MANN.

' STATION INDICATOR.

APPLICATION FILED MAY 3.1906.

H SHEETS-SHEET 7.

5 vwan l'o'c PATENTED DEC. 11, 1906.

P. I. MANN. STATION INDICATOR. APPLICATION FILED Ins. 1906.

8 SHEETS-SHEET 8.

W1 b1 asses UNITED STATES PATENT OFFICE.

PETER J. MANN, OF P1TTSBURG, PENNSYLVANIA. STATION-INDICATOR.

Ive. 838,126.

To all whom it may concern:

Be it known that I, PETER J. MANN, a citizen of the United States, residing at Pittsburg, in the county of Allegheny and State of Pennsylvania, have invented certain new and useful Improvements in Station-Indicators, of which the following is a specification.

This invention relates to that class or t e of station-indicators that are arranged to e intermittently actuated by means ofi a.tripfeatures of construction, arrangements, and combinations of the parts that the apparatus may be depended upon at all times to automatically act in an efiicient. manner to feed the display-web containing the names of the street-crossings or stations and the advertising matter a predetermined distance ateach actuation, so thatthe series of display matter, each of whichincludes the name of a street and'advertisement, will be successively brought in an accurate manner to the displayopenings of the casing no matter how long'the apparatus may be in use, and without the necessity of any hand adjustment to correct the feeding of the web. I

A further object of the invention 'is to pro vide an apparatus of this nature embodying improved means for rev ersin the traverse of the display-.webat theend 0 the route when the car begins its return trip, this being all the attention that is necessary to bebestowed 'upon the apparatus by the conductor or motorman of the car; and a further object of the inventionis to provide such apparatus with improved. electlieallycontrolled actuating means in which an electroinagnet is einployed to positively actuate the display-web intermittentlyi in both (lll'GCtiQIlS tllltt' glS, when it is feeding forwardly as well as rearward] the major parts of the actuating d evice a ways working in the same direction.

Specification of Letters Patent. Application filed May 3, 1906. Serial No. 315.088-

-into the same from the le Patented Dec. 11, 1906.

With these and-other objects in view, as will more fully appear'as the description proceeds, the invention consists in certain constructions, arrangements, and combinations of parts hereinafter fully described and claimed.

. For a full description of the-invention and the merits thereof. and also to acquire a knowledge of thefdetails of construction of the means for effecting; the result reference is to be had to the following description and accompanying drawings, in which Figure 1 is a longitudinal sectional view of my improved indicator, parts being shown broken 'away and in side elevation. Fig. 2 is an end elevation of the apparatus looking doors of the casing being thrown 0 en. Fig. 3 is a similar view lookmg from t e right of Fig. 1, parts being partially broken away. Fig. 4 is an enlarged detail sectional view illustrating one of the tension-rolls and its mounting-at one side of the apparatus. Fig. 5 is a detail perspective view of one of the shafts for the tension-rolls. Fi 6 is a horizontal sectional View of the wor ing parts, a

portion of the same being broken away and other parts being shown in full, the casingor supporting parts being omitted and one suport being indicated at the left by single lines. Fig. 7 is a detail perspective view on a reduced sealefand illustrates one embodiment of the entire apparatuses. it would ap-- pear in practical application. Fig. 8 is a detail front elevation of the automatic switch employed to close the electric circuit for intermittently actuatin the ap aratus, the casing of said switch 'eing bro en away to show the interior parts. F1 9 is a diagrammatic viewof the wiring t at may be employed in connection w th the ap aratus. Fig. 10 is a detail sectional view of t e automatic switch, a part of the casing bein partially broken away and other partsbeing shown in side elevation. Fig. 11 illustrates Eprtionof the actuatin detail perspective a ing-gear, the parts of w ch are shown drawn out or projected from each other in substantlally operative alinelnent' and in juxtaposition to each other. Fig. 12 is a detail view illustrating the two positions of the actuating-segments and the casting which supports them and the hammer for the bell in both full and dotted lines. Fig. 13 is an enlarged detailview illustrating a portion of the two t of Fig. 1, the

rack-segments, and their relatively operative positions with respect to the two pinions that they actuate. Fig. 14. is an enlarged detail sectional view ofthe parts shown in Fig. 13, the section being taken substantially on the line 14 14 of Fig. 13. Fig. 15 illustrates in detail perspective the two actuating-pinions designed to coact with the before-rnentioned rack-segments and also illustrates the doubleacting clutch member interposed between the same and designed to effect in combination with one of said segments or the other the traverse of the display-web in onedirection or the reverse.

Corresponding and like parts are/referred to in the following description and indicated in all the views of the drawings by the same reference characters.

Myinvention comprehends an a paratus which is electrically actuated by tiie intermittent closing of an electric circuit at a redetermined distance before the approac or arrival of the car at a station or street-crossing, and for the sake of clearness I deem it best to first describe the mechanical features of the apparatus itself and then the automatic actuating-switch for'closing the circuit to bring the mechanical features of the apparatus into action.

All of the operative elements of the apparatus itself are mounted within a casing designedto be suspended from the ceiling of the car at about the middle thereof andadapted to display a street or station and an advertisement intermittently at both sides of the casing, so that both the street and advertisement may be read by every passenger in the car. Preferably in all instances the angle of the opening through which the indicia are displayed. is in a slightly-oblique plane, so that the matter is presented at ri ht angles to the line of vision, although t e casing itself may be formed in different shapes and desi ns, according to the different existing con itions to'which the apparatus must conform.

One design of casing is shown in the present. instance, attention. being particularly directed to Fi s. land 7, from which it will be seen that the casing embodies a top plate 1, a body 2, having a substantially square box or casing 3 at one end for the accommodation of a portion of the o erative elements, and doors 4 at each end o the casing. The top plate 1 is preferably slightly convex from a point at one side of its center toward both ends, so that it may conform to the ceiling of the ordinary car and at the same time be placed to one side of the center of the'car, so that there may be sufficient clearance at one end of the casing to withdraw the rolls carrying the display-web. The body 2 is in the present instance provided with a display- 0 enin 5, preferably covered by glass to ex- 0 ude t e dust, and'divided by a partition- .These advertisements and names 0 which is intended for the display of the ad.

and the other for the display of the name of the street or station. The-doors are shown in the present instance as hinged to the up er corners of the casing in such a manner t at they maybe swung outwardly and expose the interior for the purpose of Withdrawingv therolls, turning the reversing-lever, or for any other purpose.

Within the casing before described and near one end thereof (near that end which is at the left in Fig. 1) is mounted a verticallyextending supporting plate 6, which is screwed to the top 1 as illustrated at 7, and is'secured near its lower end by a stay-bolt or tie-rod 8 to a companion plate 9 near the opposite end of the casing. The latter is comparatively long and tapering, as illustrated in Fig. 3, and is secured at its upper end to a downwardly-extending flange 10, depending from the top 1. These two plates 6 and 9 support either separately or conjointly practically all of the operative parts of the ap aratus.

-Referr1ng particularly to Fig. 3, a horizontally-extending yoke 11 is rigidly secured, by means of athumb-nut 12, to the supporting-plate 9, the two arms of said yoke extending on opposite sides of said plate and serving as a support for one end of two reels 13. The opposite ends of the said reels are supported directly in bearing apertures or bossesformed in the supportin plate 6, as illustrated in Figs. 1 and 2. he display-Web 14 is intended to unwind from one of the reels 13 and wind up upon the other, and in the movement of said web it passes between ten sion-rolls 15 and a measuring-cylinder 16. he measuring-cylinder 16 is journalcd at its ends between the plates 9 and 6, and it is lo cated between the two reels 13 in a sh htlylower plane, as indicated in Fig. 3. sthe tape unwinds from one of the reels 13 it is passed between the adjacent'tcnsion-roll 15 and the surface of the measuring-cylinder 16, which is the driving-cylinder of the apparatus, and it then passes downwardly across one display-opening 5 and around an .idle roller 17 at the bottom of the casing and thence upwardly alongside of the opposite displayopcningbetween the other tension-roll and the measuringcylinder and is wound up upon the other reel 13. It is to' be understood that in the normal relation of the parts the web is cau ht and fed positively between the tcnsion-rolls on both sides of the feedcylinder and said cylinder, so that as the latter always has a predetermined movement the web will be sure to have imparted to it the desired traverse at each movement of the cylinder, and the advertisements and names of streets or stations will always be accurately positioned in front of the d1splay-openmgs. streets or stations are manifestly arranged dupli,

lugs and a successive duplicate presented thereto. The 'reels 13 are preferably constituted by hollow tubes of brass or the like 13*, and the measuring-cylinder is referably -,constituted by a brass tube 16 o substantiallydarger diameter, at the ends of which are secured flanged heads 16, and said tube 16 is preferably covered with a hard-rubber sleeve'l6 all as best shown in Fig. 6. The tension-rolls are preferably provided with comparatively soft-rubber peripheries, and

they are carriedat their outer ends in bearings 18, one'of which is shown in detailin Fig. 4. Eachbearing 18 is provided with an arm 19, mounted within a casting 20, and each of said arms is provided along one edge with a rack- 21. It is to be understood that these arms are four in number and are 10- .cated in tworpairs at opposite endsv of the easing and tlroseat'one end of the casing are rovioedwith sockets or'lrecesses '22, as i ustrated in Figs. 3 and 4, while those at the oposite end of .thecasing "(indicated in dotted nes in Fig. 2)are not so provided. Springs 23f are mounted in the castings 20. at the rear 1 ends of the arms 19 and have a. tension to i position. To allow said r0 ls to again move into anoperative position, it is only necessary that thetwo catches 26 at one end of the easpresssaidarms outwardly, so as to carry the tension rolls into frictional engagement with the-measuring-cylinder 16 or the tap interposed between said cylinder and the rol Transverse shafts 23 are mounted in the cast ings 20, and said shafts carry atv each end a pinion 24, as illustrated in Fig. 5, said pinions meshing with the racks .21. of the arms 19..

Each shaft 23, is 'rovided with a milled knob 25at one ,.end,. y which the conductor or motorman or other attendant may turn the shafts 23, which will obviously result in moving the .:arms' 19 rearwardly in the casting againstthe tensions of the springs 23, and pivoted catches 26 are provided for the arms 19 at one end of the casting, that are formed with the recesses 22, so that when said arms are retracted and the .tensioh-rolls moved 'away from the ineasuring'cylinder the nose of said latch will be automatically entered in its, respective recess and willhold the tension-roll 15 in an ino erative retracted ,the'measuring-cylinder16 is provided with a gear-wheel' 27, and the tension-rolls at their and ads. will be carried clear of both open- 1 at every revolution of the cylinder and with- In the presence out any'slipping of the web. instance it is intended that the measuringcylinder 16 shall have one complete revolution atevery actuation of the apparatus, and. it is' therefore manifest that the amount of web fed from one' reel onto the other at every actuation maybe determined by the diameter of said measuring-cylinder, cylinders of different diameters being provided whenever it is desired to change the amount of web fed at one actuation.

As has been before stated, the'measuringcylinder 16 is the driving and feeoing cylinder for the web, coacting in this function with. the tension-rolls 15, an'd it is therefore obvious that when the apparatus is set to work from left to right, asviewed in Fig. 2, the web will be positively drawn off of the left-hand. reel andthe same amount of web positively drawn up between the right-hand tensionroll 15 and the cylinder .16. Some means, however, must be provided to wind the Web positively upon the right-hand reel 13 to produce a successful machine, and for this purpose I have provided an equalizing sevlce or mechanism which is best seen by reference t'o F1gs. 1, 3, and 6. This mechanism is so arranged, as will now be set forth, that it will wind up either reel 13 positively to take up the proper amount of web on the rewind no matter which of the two reels is the winding-up reell' The said mechanism consists of an endless belt '29,which passes over the two spgols 30, that are mounted, respectively, on ezitensions of the shafts of the two reels 13. The tape 31 is secured at its ends to the two spools 30 and is intended to wind from one spool tothe other. This tape is exactly the same length as the display-web 14 and is mounted underneath the belt 29 and is covered thereby. The belt 29 has its ends connected together by a spring coupling or clamp 32 to allow it to yield sufiiciently to 'coinprnsate for its diiferent shapes according to the amount of tape 31 wound upon the respective spools 3 v v From the foregoing description it is-obvious that as the web is unwound froni'onc reel and wound upupon the other the tape 31 will likewise be unwound from one spoo and wound npnpon the other and. the belt.- 2i, will manifestly drive thewind-up spool n.1, exactl the required speed to turn the windup'ree 13 fast enough to always maintain the web in a tautly-wound condition around the same.

' It is to be understood that the function around it the plate s.

-In this connection special" reference isto be guide the same in its. vertical reciprocating '36 is provided at one side with a guide-slot 38 is provided at its upper end with a slot 41,

upper end to a 1100 casing. and theirrelated partsconstitute a plunger.

' bracket 35 is provided with a journal-bearof the tape 31 and the belt 29 is only thatof winding'up the take-up reel of the 'two' reels at the proper. different speeds, and it is obvious that if this mechanisn' were'not pro vided or some analogous mechanism the- Web could not be fed accurately at each actuation of the apparatus, because, for in'- stance, with the'left-hand reel' full andthe right-hand reel empty the latter will have to be. driven at amuch higher speed than when both reelshave'the same amount ofweb upon them. It is for the purpose ofal ways compensating for the different amounts of web upon the respective spools that. the tape 31 andthe belt 29 and spools 30 areprovided. It is to be noted-that the belt 29-ha's no connection whatever with the cylinder 16, which isthedrivingrcylindenand it is only connected to thesha'ft's of the two reels 13 by 'means'of the extensions of said shafts and the spools thereon. Having now described the traverse of the display -web and how thesanie' is mounted, I shall proceedto' de scribe the actuating mechanism for imparting an intermittent movement to the web.

had 'to Figs; 1, 2, 6 and 11 to 15, inclusive.

Within the extension 3 of the body 2 of the casing is mounted an electromagnet 33, held within a yoke-frame 34, which is bolted to the plate 6,, as shown. Upon the yokeframe 34 is a bracket 35, rigidly secured thereto and provided with an upward extension 36, formed with vertical bore 37, designed to receive the'core38 of the magnet and to movement. The upwardly-projecting arm 39,.desi ned to receive a guiding-pin 40,"pro ectmg from one s1de of the core. The core in which a plate 42 is secured; by means of pins 43 or the like. The plate 42 is provided with a lateral extension 44, and a rack-bar 45 p is provided wit-l1 a recessed lower extension '46, secured to the extension 44 vby means of pins 47 orthe'lik'e. The upper end of-the rack-bar 45 carries a laterally-projecting finger 48, and a helical spring .49 is secured at one end to said fin er and is secured at its Tr 50 in the top 1 of the The core 38. and;the rack bar 45 The upwardly-projecting arm 36 of the ing 51, in which a stub-shaft 52 is j ournaled. Thesaid shaft is received in a suitablezbear ing in the plate 6, as illustrated in Fig. 1, and is' mounted to turn about its longitudinal axis and to slide longitudinally, and it is' pressed upon to slide it longitudinallyinone direction by means-of a spring 53, coiled and seated in aboss in one side of The shaft. 52 carries near one end a toothed seament 54, designed to be' engaged by the teeth of the rack-bar 45 and,

out everbecoming disengaged from the said rack. The up'wardlyprojecting arm 36 of the bracket 35 also carries two forwardlyextending fingers 55,.jeach' of which ispro;

vided with an upwardly-opening slot 56 and aspring-pressed locking-pin 57,: designed to extend'mto said slot. These lockin'g pin's 57 are intended tocoact with a locking-lever 58,which is mounted to turn-on the outer 'end of the shaft 52. indifferent vertical planes and out of alinementwith each other, as illustrated'in F is.

The two slots 56 are 11 and 6, for a purpose to be'presently eascribed.

when the magnet isfener izedby the closing of'the electric circuit t e c'orei38 will be the instrument ality of the toothed segment 54.

Keyed upon the shaft 52- is an'ope'n-frame casting 60, to which two rack-segments 61 The magnet is provided'withleads 59, and.

and 62 are secured in different vertical planes, as best seen in Figs. 1 and 6., As

shown in 'Fig'. 13, the two rack-segments 61 and 62 are designedto mesh-respectively,

with two pinions 63 and 64, carrled by an extension '65 of' the shaft of the measuringcylinder 16, and the arrangement is'such, as will be' now described, that when the racksegment 61 and the pinions-6Z3; are meshing the shaft 65 and the measuring cylinder 16 will be turned in one direction to "cause a traverse of the web 14 in one direction,

while when the smaller rack-segment 62 and smaller pinion 64 are in mesh a reverse-movement wi the web -14. The arrangement-by which this is accomplished is as follows: The extension65 of the measuring-cylinder 16 carries at its extreme outer end the smallerpinion 64, which is heldthereonby meansof a screw 66, and which is freeto turn on the shaftexcept when coupled thereto by specially-provided.

opposite recesses 70, and one wall of each re-- .cess is' lnclmed, as shown, while the oppositewall isabrupt and provides a shoulder. The pinion 63 i'salsofree to turn upon the shaft 65,- except as' hereinafter described,and is formedon one face with aclutch-disk 71, also provided at diametricall opposite oints with recesses 72, one wal of each 0 said y-means of a-- 1 be imparted to the' shaft 65 and cylinder 16 to effect the reverse traverse of sssnae last-named recesses being beveled, as shown, while the opposite wall isabrupt andconsti tutes ashoulder. Inter-posed between the two pinions S and63-and keyed upon the shaft 65 is anautomatic coupling member 73, which is provided on each face with a pair of sockets 7 4, receiving the hollow shanks 75 of pins 76. Springs 77 are received within the hollow shanks of the pins 76, and also within the sockets 74, andare designed to press said pins into outer position, where they prO eet from the"face of the automatic will coup mg member 73, and the proportion of 'the parts is such that said pins may retreat springs.

into the sockets 7 4 to a point within or flush with the faces of the coupling, member 73- when pressed upon against the tension of the When the smaller rack-segment 62 is in engagement with the smaller toothed pinion I 64, it is evident that a movement of'said slots 70 to enga e with the adja ent pins 76, and consequent y will positive coupling member 7 3 and shaft 65in a-direcy turnthe tionto revolve the cylinder 16 in one direction and cause'a traverse of theweb 14min one direction. The prime mover of this operation is the electromagnet with -its core 38 and their connected parts, and-as soon as the r'nagnetbecomes deenergized the spring 49 will returnthe' parts to theiroriginal' -ositions, and in the reverse movement 0 the rack-segment 6'2 and inion 64 the beveled walls of the slot 70.will merely ride uponthe pins 76 and 'cause the 'latter to retreat into the coupling member 73,, and will consequently have no effectuponflthe coupling member or the shaft 65, upon which it is mounted.

When .the larger segment 61 is enga edwith the larger pinion 63, it is manifest t at 'a forward movement of said rack-segment will turn the-pinion 63 in a direction reverse to the forward movement of the mion 64,-

before described. This will resu t in positively actuating and turning the coupling member 73 and the shaft-65 in a direction reverse to that described, on account of the engagcment of the shoulders-on the slots 72 with the projectingpins 7 6on that side' of s5 nrovement'of said racksegmen't will have no the coupling member, while the reverse driving elfcct'upon the couplingmember 73 and the shaft 65, as the beveled wallsof the slots '7 2 will merely ride over the pins 76 and force them back into theirhousmg H. It will be noted, tl'ierefore, that the two segments 6] and 62 always have the samereciprocating' or oscillatory movement-that is, from he left, as shown-in Figs. 2 and I2, to the right and back againand that it depends entirely upon "which of the racksegments is inmesh with its respective in ion as to how'the. web will be movedt at 1s, whether it is to be moved,from the lefthand-reel 13 (shown in Fig. 2) to the righthand reel, or vice versa.- The teeth of the rack-segment Gland pinions 63 and 64 are so related that the complete movement of the casting 60, earryin said so ments, will merel effect one compfiate revo ution of the 'cylin er 16. t,

From-the foregoing description it is to'be understood that when the rack-segment 61' 1s 1n mesh with its pinion 63. or when the rackesegment 62 'is in mesh with its pinion.

64 the pinion not in mesh is free from its rack-segment and will always travel with the automatic coupling73, due to pressure of ins 76- in their respective mating slots.' he "accurate position of the pinions 63 and 64' for changing to the forward or reverse movement of the web is due to the aboveae tion of pins 76 in their mat-in slots.

The casting. 60, which is eyed upon the shaft 52,-isprovided near its base and at opposite sides with two wearing-plates 78, that are designed toabut against llmiting screws 79, adjustably mounted in a ledge 80, ro-

jecti? from one side of the supporting-p ate nce by adjusting these screws 79 the movement of the castmg 60, carrying the said segments'61' and 62, ma be accurately limited to insure-the desired t mentsfor their inte'nded' function.

' It has been described, then, that the moveow of the seg-.

'ment of the display-web 14 in one direction or the reversedependsupon which rack-seg-- ment and pinion are in mesh. To change the engagement ofv the respective rack-segments and pinions, the shaft 52 is provided with its longitudinal and rota Its, rotary movement is the riving movement wh ch effects the required swing of the casting 60, carrying the segments, and its longitudinal movement, as 1s obvious,will carry the casting 60 outwardly or inwardly, as the case maybe, tochange the engagement of the segmentsand their respective pinions For instance, as indicated in Fig. 14 and shown clearly in Fig. 6, the shaft 52 has been moved'to carry the segment 61 out of engagement with its pinion 63 and the segment 62 into engagement with its pinion 64. In

movements.

rio

this position the locking-lever 58 will be swung over into'the innermost slot 56, as inbe compressed. To effect. the c ange in the i dicated in Fig. 11 also, and the s ring 53 will meshing of the segments and pinion, it is only necessary for the attendant to release the lever- 58 from the innermost slot 56, whereupon the spring-53 will move the shaft 52 outwardly in a longitudinal-direction and' ment of my invention to ,providean audible segment-62 out of engagement with {it's pinion 64 tofleflect a movement of the display- Web in the reverse. direction. The lever '58. may then be swung over'and entered mtotheoutermost slot 56, which .will secure the' arts in their proper adjusted position so ong .asfdesired. The locking-pins 57 are provided to securely hold the lever '58 aft er it-has been actuated, as des'cribed.

".It is propo'sed'n the preferred embed i signal designed to call-the passengers-attention'to the change in the indicator and tolikewise call their attention to-the advertisement. This audible signal, in the present in-' stance, comprises twogongs 81, that are car-- ried by arms. 82-, adjustably secured by means of slots and pins 83'to the supportingplate 6, so that they may be moved to differant-positions and maintained in proper relationto the hammer. The hammer 84 to sound the signals-is preferably carried by the c'astin 60', which also-carries the segments 61 an 62,. and it-is a vibratory member held in a short'arin- 85 to about the ceI-rterof the casting and carries'at its outer end the ham-.

mer Cproper, 86.' It is to be particularly note as best 'seen in Fig. 6, that the 'gongs 81 are located outof alinem'entwith each other, and this provision is made on account of the different relative positions of the castings 60, as above described, in theievent the apparatus is feeding the web'in-one direction or the reverse; In the position shown in Fig; 6 it is evident that the hammer 86 will j strike one gong at theedge thereof where it will secure the bestresults", and it'is also evi-.

mg is moved out farther to .change the.

dent that in the throw of the casting 60 it will not strike the other gong, but moves in a path to one side of it; but when thefcastgearing it is evident by air-inspectionofFig.

6 that the other gong Will be struck, While the gong illustrated in operative position in Fig. 6 will not be struck. 7 Hence by this ar I ra'ngeme'nt onlyone gong is struck at every actuation of the apparatus, and the are struck at their edges where the best tone 9 results are secured by the arrangement of the gongs, as before described, without the ne-- cessltyof adjusting either gong in or o'ut1 that is, toward its supporting-plate 6.

The foregoing description refers, primarily,

.to the 1mechanically-operating parts of the apparatuaand 'it'now remains to describe t 1e electricalidevlces that serve to direct the intermittent; actuation of the apparatus Referring particularly to Figs. 8, 9, and 10, 87 designates the casing of an: automatic switch, which is preferably carried by the truck of the car, and 88 designates a beam of theitruck or one of the trucks to which the casing is clamped by means of a bar 89. In

this casing is 'mounted an insulatingblock' 90,;to which the leads 59 of the electromag- :and 10.

net, are connected, andconnected to this blockare the ter'mi'nals'or c'ontact-plates 91,- provided .With brushes 92.

These contactplates are designed to bebridged by a brush 93', carried onthe outer ends of spring-arms; 94, and said-arms arecarried by an nsulating-block 95, supported in the angular socket 96 of one arm of the bell-crank lever 97.' Thesaidleveris mounted at about the center of a transverse shaft 98 in the casing 87 and underneath the other arm. of said:

lever is.,a spring 99, designed to press against said lever and throw it in a direction Where the bridge conta'ct 93*Will be out of engage- 'ment with the brushes 92 of the contact- The bell-crank lever 97- is pro-' vided on its upwardly-projecting arm;With a vertical rib or, flange 100, which fits between ears 101, secured-toanother transverse shaft 102.'==The said ears. 101 carry rollers 103,

that are designed to engage the rib 100, and 7 an arm 104 is secured to the shaft 102 at one side thereof outside of the casing and'is designed to contact with and-be swun' by a block along the track, as indicated inigs.- 9

From the arrangement described will'bejseenthat' as a car reaches the block the lower end of the arm 1'04iwill contact therewith no matterin'which direction the car is going, and'the-s'aid arm will be swung I in on'edirection or the other and ride'upon the block and. be maintainedinan angular position (indicated by the dottdilinesin.

1Q) se'long as it contacts with said block.

-As the arm; is swung to, its; angular-position it".

will cause-either one-or the other of theroll- 'ers 103 to ride as a cam upon the rib 106and' IOO rock the bell-crank lever-"97 in a direction against the tension of its spring to bridge the contact 91 by meansof thebridge-piece 93,

magnet 33 artsbefore described, and the manifestly to be proportioned to the normal speed of the car, the trip-block being made; I

longeror shorter, as is necessary for the con:

ditions existin upon different lines Where my apparatus is installed. --The circuits are indicated in Fig. 9, andit will'be noticed in said figure that in, addition to .the an toiuatic switch shown .in Figs,.-8 and 10 the circuits include cut-out switches at each end of the car, 'so that the conductor or metQrman may throw the device entirely out of operation, if desired, and said. circuits also include conductors switches, as .lIldlCil-t'fld, 1n

the form of. push-buttons, so that the condiictor or motorman may manually client the actuation of the device whenever necessary. I 'do not contemplate that this will ever be necessary owing to any failure of the device to properly register; but it is manifest ssa ze that in actualservice itwill' sometimes be necessary for a car to skip'one or more tripblocks or some reason-as, for example,

when mcase of a breakdown orunder other circumstances it. becomes necessary for a car to crossover from one track to the other and go around one or more ti'ip-blocks, The

expediencyof the. conductors'switch for v manually; actuating the apparatus is there-- fore apparent; As the spring-arms 94'i'nove in the arcot-a circle toward and'from the the contacts clean at all times and free-frominjurions blistering.

The operation of the various parts having -be'endescribed above in connection with the structural features of theapparatus, further description of the operation isbelieved'to be unnecessary.

- I-I-avin thus described the invention, what 'is claime, as new'is-i a 1'. In anapparatus' ofthe character described, the combination ofth'e'tWo reels, a

dis lay-web arranged to wind 'from either ree to other; a measuring-cylinder.and two tension-rollsdesigned to positively grip the web and feed itfrom either reel to the other, two spools mountedto turn with the. two reels respectively, a tape arranged to I scribed, the combination of the reels, the diswind from one spool to the other and-offsubset forth,

' sta-nt'ially the same thickness and length as v said display web and a yieldable endless belt 5 mounted lover said spools and extending around the said tape, as and forthe purpose a uring-cylinder at opposite sides thereof, arms 2. Invan apparatus of the character. de-

' scribed',-the combination of the reels, the display-weharranged to wind from onereel to the other, themeasuring-cylinder, means for driving said'cvlm'denthe tension-rolls yield-' ably. mounted'and' designed to grip between themand the cylinder the" said web, and meansifor holding Sflld tension-rolls in a retracted and in.operative-position.

In an apparatus of he character de-'. scribed, .the combination of the reels, the display-web, means for winding the dis lay-- web from one reel to' the other, therev'o uble ,.cylin der interposed. between said reels, s wing-pressed tcnsion-rolls designed to grip e'iweb betwecn them and the cylinder,

J means for adjusting said tension-rolls away 515 ally locking said tension-rolls in said adjusted from the cylinder and means forantomatic- "p s t e -'4. In an apparatus ofthe character de-" scribed, the combination of the reels, the display-web, means for winding the displaywebfrom one rcclto theothena cylinder and tens onrolls between which the web is designed topass,- the said tension-rolls being spr n rpresscd toward said cylinder, means for adplstmg said tension-rolls away from .the rolls retracted.

said cylinder, and manually-releasable means for automatically retaining said tension-rolls in said adjusted position.

catchmounted on the. castings and designed toenter'said recessesin the arms to hold-the arms and tension-rolls in retracted position.

.6. In an apparatus of the character described, the combination of the reels, the display-web, means for winding the said web from one reel to the'other. a measuring-cyl-.

inder mounted between sail reels, tensionrolls designed to press the web in its traverse against the said cylinder at; oppos te sides thereof, arms carrying said tension-rolls-and provided with racks, said arms being springpressed-toward the cylinder, means-for movably supporting said arms, andmanuallyoperable pinions meshing with said racks and designed to retract the arms.

- 7. In an ap'paratu's of. the character deplay-web, means for winding said web from one reel ';to' the other, a 'mea'suringcyhnder interposed between said reels, tension-rolls designed to press .the web against said meascarrying said tension-rolls and provided at one side with a rack, transverse shai'ts pro ,vided at their ends with pinions moshing with said racks whereby a revolntlon of the shalt will move the arms, and means for automat ically engaging sundry of said arms to hold 8. In an apparatus ger carrying a rack, a toothed segment meshing with said rack, two segment-racks movable, with said toothed segment, pinions mounted on the shaft of said cylinder and arranged to drive the same in one direction or the, other, and means for altgu'natoly engaging each of said pinions with one of said racksegments.

9. In an. apparatus of the character de- .scribed, the combination ol the 1'cels.' a display-web adapted to wind l-roin one reel to the other, ameasuring-cylimlcr adapted to teed th'e'wcbin either (llltctlml, a plunger, meansto'ractuating sa 1d plunger, an'osmllm tor'y-de'vice operativcly connected to said of the character do scribed, the combination of reels, a display- Web arranged to be wound front-onerccl to the other, arevoluble cylinder adapted to vfeed said web, a reciprocating plunger. means-for actuating said plunger, the plum-'- plunger and actuated thereby, said device including two segment-rackatwo pinions operatively connected to said cylinder and ar- 1 rangedto drive the same each in an opposite purpose specified.

10. In an apparatus of'the character de scribed, the combination-of the reelsfthe d isplay-web adapted to wind from one reeltothe other, the measuring cylinderadaptedto positively feed the web mone direction or the revcrseljthe actuating devicefarrangedto always oscillate back and forth with the same movement -means for moving said oscillatingdevice longitudinally with respect to said cylinder, means whereby the saiddevice Will drive said cylinder, and means whereby the longitudinal adjustment of said oscillatory device will determine the rotation} of said cylinder in o'ne'direction for the other.

11. In an apparatus of the character dcscribed, the combination of the reels, the dis lay-web adapted to be wound from one reel to the other, the measuring' cylinder interposed between said reels and. adapted to;v

positively feed the web, the reciprocating plunger, means for automatically actuating the same, pinions carried on the shaft of said cylinder and arranged to drive the cylinder in opp,osite directions, means whereby the driving connection of -each'pinion is limited to one direction only, araclesegment carrier operatively connectedto said plunger and provided with two rack-segments designed to me'shlone at a timeywith the respective pinions of the cylinder-shaft, and means for ad j ustingsaid carrierlongitudinally whereby to change the gearing between the rack-segments and the pinions.

' 12. In an apparatus of the character described, the combination of the reels, the display-web adapted to be wound from one reel to theother, the cylinder adapted tofeed-Ithe web positively, pinions operatively connected to said cylinder, one pinion being arranged -to drive the c hnder in one direction onlyand the other )eing arranged to drive it in the opposite direction only, two oscillating segment-racks arranged to sweep around said pinions, means for actuating said racks, andfnieans for adjusting said racks to bring either one of them in engagement with the adjacent pinion.

13. In an apparatus of the character described, the combination of the reels, the display-urb adapted to be wound from one reel to the other, a cylinder adapted to feed said web, two pinionsoperatively connected to said \'linder, one being arranged to drive the cylinder in one direction only and the other being arranged lo driveit in the ot her direction only,v a shaft 5'. mounted to turn uboul cylinder in one direction only and the'ot-her being arranged to drive it in the other d1rec.

its longitudinal axis and, also mounted to move longitudinal ly,-acasting mounted onses,12e

said shaft, two racksegmentscarried by said casting and designed for engagement with I dinal movement'of the said shaft will change. the. engagement from one pinion and seg: ment to the other pinion and segment, means i for turningsaid. shaft, and means forholding said shaft -locked in diiierentlongitudinallyadjusted positionsjfor the purpose specified.

,, 14. Inianjapparatus of theicharacterde-i.

' scribed, the combination of thezreels, 'the display-web adaptedtto' be wound from one reel tot-he other, a cylinder. adaptedto'feed said web, two' pinion'soperatively connected to said cylinder, one being arranged to drive the tion only, a shaft i52mounted to, turn about the respective pi-ni'ons, wherebythe longit/usaid shaft, two'raclr segments carried by said casting and designed. for engagement with the respectivepinions, whereby the longitnw dinal movement of the said shaftwilljchange the'engagem'ent from onev pinion and segment to the. ;,other pinion and segment,

means for turniiigjsaid'sh-aft, and means for holdin said shaftalocked in different longitudina positions, saidmeans including a said slot-s'being arranged out of alinement' Witheach other for'the purposejspecified. -15.-. In. an apparatus of the character de scribed, thecoinbination ofthe reels, the dis.-

pl'ay-web adapt ed to bewoun'd from one reel to the other, alcylinder-ada ted tofeeds'aid web,,two pinionsoperativey connectedto said cylinder, .onebeing arranged to: drive change .ilie engagen'ient from one inion'and segment to l'ne'olner pinion an segment, 1

means for turning said shaft, and means for holding said shaft locked in different longitudinal posit ions, said means including a inanually-operable lever mounted ,on said shaft, iwo receptive slots out of alinement with ea (hot her and locking-pins arranged to hold said lever in eitiier one of said slots.

16. In an apparatus of the character described, the combination of the reels, the displavwwb arranged to be Wound from one 125 reel to Ilse other, the measuring-cylinder arranged to positively leed the web and prorided Will! a shall extension, two pinions its longitudinal uXis and also mounted to loos ly mounted on said shaft and each promove lougitudhmllv, u ensuing mounted on vided with n eluteh-disk formed with two I30 manuallyoperable" lever mounted on said 9 5 shaft, and two receptive slots for said-lever, r

the cylinder in one direction only and the 1 5 means for turning either one of ,for the purpose specified.

opposite recesses one wall of eachrece'ss be ing beveledand' the other constituting a shoulder, a coupling. member interposed between said pinions and rigid with the said shaft, said coupling member being provided with depressible 'pins designed for locking engagement with the said shoulders, and

' being provided with" a, socket and a pin received in said socket and spring-pressed therefrom into operative relation with the said recess, and means for turning said pin- 10118 111 two d rections, the arrangement being such that when a pinion is turned in one diferent vertical planes or the purpose specirection thebeveled'wall of its clutch-disk wi'll ride upon the pin and cause retractionthereof while in the other'direction the abrupt wall or shoulder will engage with said .pin and turn the shaft.

said pinions 18. In an apparatus ofjthe character described, the combination of a display-web gongs arranged out of alinement with each otherand in spaced-apart relation, a hammer designed to swing from one gong toward the other and means for changing the plane of movement of said hammer'whereby it will contact with only one gong at a time.

19. In an apparatus of the character described, the combination of a display-web and means for displaying the. same, said means in'cludmg a swinging casting, means for moving sa1d castin -to swing in two diffied, a hammer carried by said casting, and

two gongs arranged at opposite sides of said casting and in different vertical for the purpose specified.

20. In an apparatus of the character described, the combination of the reels the display-web adapted to be wound from one reel to the other, the reciprocating plunger, means for automatically actuating the same, the broad segment 54,- the partially-rotat able and longitudinally-adjustable shaft 52 carrying said segment, the rack carried on said planes, as and plunger and meshing with said segment, thecasting mounted on 'said shaft, the two segments carried by said casting in different vertical planes, the measuringfcylinder-adapt-.

ed to feed the display-web, the two inions arranged side by side and operative y connected to said cylinder, one of said pinions :42 secured to said core and tending fin ers ea'chof which is being'arranged to move the cylinder in one,

the other of the said segments to mesh with I one pinion or the other, the lever 58 mounted on said'shaft 52, the s ring designed to move said shaft longitudinally in one direction, and the locking-slots out of alinernent with each other and designed to receive said lever 58 and hold the samein the two different longi tudinal adjustments on the shaft 52.-

- '21. In an apparatus of the charact'erdescribed, the combination ofa display-web and means for feeding thesame forwardly, said means including an electromagnet, means for energizing the same, the magnet being provided with a movable core, a plate.

extension rojecting latera 1y in'one direction, a rac -bar connected to said extension and extending vertically, said bar being rovided with a finger pro'ected laterally in a direction .op osite to t e extension of the plate 42, an a retracting-spring 49 connected to said finger.

'22. 'In' an apparatus of the, character described, the combination of a display-web and means for feeding the same, said means including an electromagnet provided with a g movable core means for energizing said magand means for displaying the same, of two I 23. In an apparatus'of the character de-,

scribed, the combination of a display-web and'means for feeding'the same, said means provided with an,

including an 'electromagnet and means for energizing the same, a bracket mounted upon the frame of said magnet and provided with an upwardly-projected arm having a bore, a. c oreJ38' mounted .to move in said bore, thesaid upwardly-projected arm of the bracket being also provided with two opfpositely-exormed with an upward y-facing slot, a rack-bar carried by said core, ashaft journaled at one endin the upwardly-projected arm of the'bracket and provided with a toothed segment meshing with said'rack, saidshaft being longitudinally movable, a hand-lever mounted on the end of said shaft and designed for reception in either of the two upwardly-facing slots of the bracket-arm, said slots being out of alinement with each other, a driving-cylinder designed to frictionally engage the web and feed the same, and an operative comrection between said shaft and said cylinder.

24. In an apparatus ofthe character described, the combination of reels, a displayweb adapted to wind from one reel to the other, and means for feeding the web from one reel to the other and vice versa, said means including two oseiiletory rack-segments arranged in different planes and connected together for simultaneous operation, means for oscillating said segments, two driving-.pinions loczrbedin different planes, a shaft on which said pinions are mounted, clutching mechanism adapted to connect said pinions to their shafft so as to drive said shaft in one direction or the reverse, and means for movin said rack-segments so as to cause one of t e same to mesh with one pinion, or the other to mesh with 'the other 15 pinion, as and for the purpose set forth;

In testimony W hereoi I affix my signature in'presence of two Witnesses. I

, PETER J. MANN. [L. s.] Witnesses;

J. EB. YOAKLEY, FREDERICK S. S'rrr'r. 

